Ningbo Sanhan Alloy Materials Co., Ltd.

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.0-1.5 mm. 2 High feed application high effic

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.**1.5 mm. 2 High feed application high

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.**1.5 mm. 2 High feed application high

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.**1.5 mm. 2 High feed application high e

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.**1.5 mm. 2 High feed application high e

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.**1.5 mm. 2 High feed application high effic

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.**1.5 mm. 2 High feed application high eff

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Good chip breaking effect, suitable for medium and finished turnning. 2 Used for carbon and alloy steel, stainless steel and high temp-alloys. 3

1 Double faces and 4 cutting corner related with holder and cutter. 2 High feed application fz=0.5 1.0mm/rev. 3 High efficiency, at least 2

1 It ensures productive milling of ture 90 degree shoulders. 2 Insert with 3 helical cutting edges, have high cost performance. 3 Reduce cutti

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1. The body is made of forged materials and adheres to the post fire processing process to reduce stress deformation, ensure the rigidity of the blade

1 Double-sided inserts of 4 cutting edges for high feed milling of general applications in max.ap1.0-1.5 mm. 2 High feed application high effici

1 Dmin is 8mm, easy to replaced solid endmill. 2 The insert is designed with R0.4, 0.8, 1.6 to fit various milling applications. 3 The related

1 Double sides and 10 cutting corners 2 Low cutting resistances as the circular edges design 3 The double-edges have high strength and not eas

1 The holder is made of high-quality steel, quenched with HRC43-47 and then finished by CNC machine to make sure the high dimensional accuracy and t

1 The Capto tool sprays the coolant to the cutting edge through the spindle or turret directly to ensure the best cutting effect. 2 Adopt double

1 The holder is made of high-quality steel, quenched with HRC43-47 and then finished by CNC machine to make sure the high dimensional accuracy and t

1 It ensures productive milling of ture 90 degree shoulders. 2 Insert with 3 helical cutting edges, have high cost performance. 3 Reduce cutti

1 The holder is made of high-quality steel, quenched with HRC43-47 and then finished by CNC machine to make sure the high dimensional accuracy and t